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14 Cards in this Set
- Front
- Back
Competency 011The beginning teacher:
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• Works proficiently with real and complex numbers and their operations.
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Competency 011The beginning teacher:
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• Analyzes and describes relationships between number properties,
operations, and algorithms for the four basic operations involving integers, rational numbers, and real numbers. |
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Competency 011The beginning teacher:
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• Uses a variety of concrete and visual representations to demonstrate the
connections between operations and algorithms. |
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Competency 011 The beginning teacher:
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• Justifies procedures used in algorithms for the four basic operations
with integers, rational numbers, and real numbers, and analyzes error patterns that may occur in their application. |
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Competency 011 The beginning teacher:
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• Relates operations and algorithms involving numbers to algebraic
procedures (e.g., adding fractions to adding rational expressions, division of integers to division of polynomials). |
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Competency 011 The beginning teacher:
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• Extends and generalizes the operations on rationals and integers to
include exponents, their properties, and their applications to the real numbers. |
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first distributor phase of comp 11
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• Perform operations using any of the subsets
of the complex numbers |
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SECOND distributor phase of comp 11
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• Represent arithmetic and algebraic algorithms
in concrete, visual and paper pencil FORMATS |
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THIRD DISTRIBUTOR PHASE OF COMP 11
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• Analyze and justify procedures in arithmetic
and simple algebraic problems. |
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FOURTH DISTRIBUTOR PHASE OF COMP 12
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• Use exponents to work with large and small
numbers as well as algebraic representations. |
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• If a decimal and a fraction are involved, convert either the fraction to a _______ form or the decimal
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• If a decimal and a fraction are involved, convert either the fraction to a decimal form or the decimal to a fraction and then add/subtract.
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• When adding/subtracting complex numbers identify real and imaginary parts and then add/subtract
their coefficients respectively. |
(a + bi) + (c + di) = (a + c) + i(b + d)
Examples: Simplify. a. +3 = b. 2.1+ = c. 3+2i–(5+10i) Answers: a. b. By converting to a decimal form, we get 2.1 + = 2.1+0.5=2.6 c. 3+2i –(5+10i)=3+2i –5–10i = 3–5+2i–10i = -2–8i Multiplying and Dividing Division by a fraction is multiplication by the reciprocal thus the rules remain similar for both operations. |
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Examples: Simplify. a.1/2 +3 2/3 = b. 2.1+ = c. 3+2i–(5+10i)
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Examples: Simplify. a. +3 = b. 2.1+ 1/2= c. 3+2i–(5+10i)
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1/2 + 2 2/3
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GET ANSWER LATER
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